Device and method for promoting waxberry coloring and sweetening through wind energy light supplementing

Abstract

The invention provides a device and method for promoting waxberry coloring and sweetening through wind energy light supplementing. The device comprises a reflective film laid on the ground in a waxberry orchard, a wind driven generator located on one side of the waxberry orchard, a storage battery connected with the wind driven generator and used for storing electric power of the wind driven generator, light supplementing lamps located in trunks, the light supplementing lamps are electrically connected with the storage battery for providing energy for light supplementing, and light sensors arefixed into waxberry crowns in the waxberry orchard. According to the device, the reflective film is used in cooperation with the wind driven generator, wind energy is converted into electric energy,light supplementing is conducted through the light supplementing lamps, photosynthesis of leaves inside the crowns and on the lower middle portions of the crowns is jointly promoted through the lightsupplementing of the light supplementing lamps and the reflective film laid on the ground of the orchard, and the light supplementing effect inside the crowns is improved through wind energy; meanwhile, the problems that only a reflective film is used for supplementing light, the light supplementing amount is small, and light supplementing cannot be achieved in cloudy and rainy weather are solved,and the problems of slow growth and growth stagnation of fruits in cloudy and rainy weather are also solved; and the device is high in practicability, high in working efficiency and capable of improving the quality and safety of fruits.

Description

technical field [0001] The invention relates to a device and a method for enhancing the coloring and sweetening of red bayberry by supplementing light with wind energy. Background technique [0002] Illumination is closely related to fruit tree growth, fruit ripening, and fruit quality. It can capture light energy to the maximum extent and give full play to the potential of plant photosynthesis. It will be directly related to the benefits of agricultural production. If the light is not enough, it will cause more consumption of organic matter than accumulation when the light intensity is lower than its compensation point, and the accumulation of fruit dry matter will decrease, resulting in a decrease in fruit yield and soluble solid content. Supplementing light for fruit trees through reflective film, fill light, etc. can promote plant growth, improve fruit yield and quality, and increase planting economic benefits. [0003] Red bayberry is a characteristic fruit in the sou...

AI Technical Summary

Problems solved by technology

[0004] The present invention improves the above problems, that is, uses wind energy to supplement light, overcomes the problem of poor effect of simply laying reflective film, improves the light supplement effect, promotes the coloring and sweetening of bayberry, and improves the quality of bayberry fruit

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